Geely debuts its Global Electric Architecture (GEA) in the Philippines, showcasing a modular platform that integrates electrification, centralized digital systems, and structural safety innovations designed for next-generation vehicles.
As the Philippine automotive market navigates a transition toward electrification, Geely has introduced its Global Electric Architecture (GEA), a vehicle platform designed to integrate electric powertrains with advanced digital systems.
The company said the GEA is a modular architecture that combines hardware, software, ecosystem connectivity, and artificial intelligence into a unified system. Geely described the platform as a major investment in its next-generation vehicle development strategy.
Moving away from traditional vehicle layouts, the GEA platform adopts a centralized electronic and electrical structure designed to support intelligent vehicle functions and over-the-air software updates.
Electronic and Electrical Architecture
While conventional fuel vehicles operate using multiple independent control modules, the GEA incorporates the GEEA 3.0 electronic and electrical architecture. By integrating 14 traditional control modules into just two centralized units, Geely has created what it calls a “central super brain.”
This system utilizes an Ethernet backbone with transmission speeds of 100 Mbps, enabling faster data transfer and quicker intelligent responses. The result is a digital architecture capable of supporting connected vehicle features and future software expansion.
Power Meets Structural Intelligence
The platform is engineered to balance electric drive systems with high-efficiency internal combustion range extenders. According to Geely, engines developed for this platform can achieve thermal efficiency of up to 46.5 percent, maximizing energy utilization.
Because the architecture is modular, it supports various drive configurations while incorporating an integrated 11-in-1 electric drive unit. By combining the motor, electronic control, and transmission into a single compact housing, the system reduces weight and lowers the vehicle’s center of gravity, enhancing cornering control and overall stability.
Cabin and Structural Safety
Beyond the drivetrain, the GEA platform enables high-resolution display systems and integrated audio technologies, including the Flyme Sound system with headrest-mounted speakers.
Safety is built into the structure through Cell-to-Body (CTB) technology, where the battery is integrated directly into the vehicle’s architecture. Geely said this design helps protect the energy cells during collisions while significantly increasing torsional rigidity, which can reach up to 31,000 Nm/deg.
